A domain decomposition method for silicon devices
作者:
Carlo Cercignani,
IreneM. Gamba,
JosephW. Jerome,
Chai-Wang Shu,
期刊:
Transport Theory and Statistical Physics
(Taylor Available online 2000)
卷期:
Volume 29,
issue 3-5
页码: 525-536
ISSN:0041-1450
年代: 2000
DOI:10.1080/00411450008205889
出版商: Taylor & Francis Group
数据来源: Taylor
摘要:
A mesoscopic/macroscopic model for self-consistent charged transport under high field scaling conditions corresponding to drift-collisions balance was derived by Cercignani, Gamba, and Lever-more in [4]. The model was summarized in relationship to semiconductors in [2]. In [3], a conceptual domain decomposition method was implemented, based upon use of the drift-diffusion model in highly-doped regions of the device, and use of the high-field model in the channel, which represents a (relatively) lightly-doped region. The hydrodynamic model was used to calibrate interior boundary conditions. The material parameters of GaAs were employed in [3].
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